The objective of this project is to build an implementation of the Prisoner’s Dilemma game that takes advantage of quantum properties. Besides the two options we see in a classical prisoner’s dilemma, to confess and to not confess, we introduce an additional quantum option that gives both players a better result depending on the level of entanglement.

Last modified

• 07/21/2023

Creator

• HADDY ELIE ALCHAER
• LAWAL ADEWALE OGUNFOWORA

Contributors

• INNOVATION IN QUANTUM PEDAGOGY, APPLICATION AND ITS RELATION TO CULTURE (IQ-PARC)
• Li, Dongyang
• DoDSTEM
• Owens, Hal
• Hosseini, Mahdi

DOI

• https://doi.org/10.21985/n2-vmpg-7443

Keyword

• Prisoner's Dilemma

Date created

• 2022-08-18

Related url

•  https://sites.northwestern.edu/iqparc/quantum-prisoners-dilemma/

Resource type

• Software or Program Code

Rights statement

• In Copyright